Diagram Examples from Real Visitor Prompts

A single-line diagram for a commercial building: utility feed through a main transformer to a 480V switchboard, then to lighting panels, HVAC equipment, and an emergency generator with ATS

Create a scientific conceptual diagram showing broccoli microgreen cultivation, glucosinolate accumulation, myrosinase conversion of glucoraphanin to sulforaphane, absorption, and potential hepatoprotective effects in grade I fatty liver disease

Figur 1 zeigt eine Box 1 mit einem wannenförmigen Bodenteil 2 und einem Deckel 3. Das Bodenteil 2 begrenzt einen Aufnahmeraum 4. Die Wände 5 des Bodenteils 2 und der Deckel 3 sind als Verbundwandabschnitte ausgebildet. Der Deckel 3 ist in Richtung des Pfeils A auf den umlaufenden Rand 9 des Bodenteils 2 aufsetzbar.

Create a flowchart titled "Causal-Driven Cost-Sensitive Weighting: Iteration History". Attempt 1: "Raw thumbs_up as causal outcome" -> OLS fit R² = 0.004, no class significant (p = 0.08-0.91) -> "FAILED: training accuracy collapses to 27-30%" (red box). Arrow labeled "Fix: add significance guard" leads to Attempt 2: "Significance-guarded raw outcome" -> training stabilizes (macro-F1 ~0.65-0.66) -> "NULL RESULT: all multipliers fall back to 1.0" (yellow/amber box). Arrow labeled "Fix: log-transform the outcome" leads to Attempt 3: "log(1 + thumbs_up) as causal outcome" -> R² = 0.162 (40x improvement), all 3 classes significant (p < 0.0001) -> "FINAL: stable, modest weight shift (2.08,2.03,0.49 -> 2.02,2.08,0.50)" (green box). Use a vertical top-to-bottom flowchart with color coding: red for failure, amber/yellow for stabilized-but-null, green for final success.

Create a flowchart titled "Sentiment Model Evaluation Pipeline". Start: 51,000-review corpus. Branch into 3 model families evaluated in parallel: Lexicon-based: VADER, TextBlob Classical ML: TF-IDF + Logistic Regression, Linear SVM Transformers: mBERT, DistilmBERT, MuRIL, XLM-RoBERTa All 8 models converge into: "Evaluate on test set (macro-F1)". Result box: "3-epoch run winner: XLM-RoBERTa (macro-F1 0.678), significant vs mBERT (McNemar p=0.0135) and Logistic Regression (p<0.0001)". Next step: "Robustness check: epoch sensitivity sweep (1-7 epochs, all 4 transformers)". Result box: "Finding: ranking is NOT stable - all models peak early (epoch 1-4) and overfit afterward. MuRIL jumps from last (3 epochs) to first (5 epochs); XLM-RoBERTa drops from first to third." Final step: "Decision: adopt 3-epoch XLM-RoBERTa as the primary checkpoint, favoring the most consistently strong model over a single best score." Use a funnel/pipeline layout, with the 3 model families as parallel colored branches merging into a single evaluation step.

Create a flowchart titled "Data Collection & Cleaning Pipeline". Step 1: Raw scrape - Banking apps: 27,000 reviews (9 apps x 3,000). UPI apps: 27,004 reviews (9 apps x ~3,000). Step 2: Data quality check - two issues found in parallel branches: Branch A: "Jupiter" app has only 4 reviews, dated 2020-2021, outside the Apr-Jun 2026 scrape window -> Dropped as failed scrape. Branch B: ICICI iMobile Pay found duplicated - same 3,000 reviews appear as "ICICI iMobile" in Banking AND "iMobile Pay" in UPI (same review IDs) -> Kept as Banking (bank-issued app), duplicate UPI copy dropped. Step 3: Final combined corpus: 51,000 reviews total = 27,000 Banking (9 apps) + 24,000 UPI (8 apps). Step 4: Preprocessing - light-touch cleaning, per-model subword tokenization, star rating mapped to sentiment label (1-2 negative, 3 neutral, 4-5 positive). Step 5: Output - Ready for sentiment model training. Use a clean left-to-right flowchart style, blue for collection, orange for the quality-check/decision branches, green for the final clean output.

Blink LED hello-world on Arduino Uno with 220-ohm resistor

A sociogram of a classroom showing who influences whom, with positive and negative ties

Create a simple engineering block diagram for a Hardware-Based Smart Agriculture Transportation System with IoT Monitoring. Show this flow: Load Cell (Weight) + Temperature Sensor + Humidity Sensor + GPS Module ↓ ESP32 / Arduino ↓ Data Processing & Decision Making ↓ Relay Module → Automatic Fan / Ventilation ↓ Wi-Fi / IoT ↓ IoT Dashboard → Real-Time Monitoring Also connect LCD Display and Buzzer/Alert to the ESP32/Arduino. Add Power Supply to the system. Use clean rectangular blocks, simple arrows, and a professional college-project style.flowchart

A breadboard wiring diagram for an Arduino Uno R3 reading a button press and lighting an LED: button with pull-down resistor on D2, LED with 330-ohm resistor on D12

querio un mapa de burbuja bien original y comprensible puede tener concepto, caracteristicas, un ejemplo en clase, y como nos ayuda en el ámbito educativo con el tema funcion afectiva de la comunicación educativa

A breadboard wiring diagram for an Arduino Uno reading a button press and lighting an LED: button with pull-down resistor on D2, LED with 220-ohm resistor on D13

make a pedigree drawing of an autosomal recessive inheritance of sickle cell anaemia with 1 grandfather affected, 2 children becoming carriers and a 1 affected child. 3 genrations. DO NOT LABEL PROBAND

make a pedigree drawing of an autosomal recessive inheritance of sickle cell anaemia with 1 grandfather affected, 2 children becoming carriers and a 1 affected child. DO NOT LABEL PROBAND

make a pedigree drawing of an autosomal recessive inheritance of sickle cell anaemia with 1 grandfather affected, 2 children becoming carriers and a 1 affected child

Hey I have Dewalt 18v 2.0 AH li-on battery now I am charging this battery with 21v 2A dc power supply now I need two indicators one for battery charging and other one for when battery full charged led need to glow and also need cut off circuit after full charge circuit need turn off automatically using TL431 full connection in easy way beginners can understand

A three-generation pedigree chart showing autosomal dominant inheritance of sickle cell disease, with the grandfather affected, two carrier children, and one affected grandchild

Hey I have Dewalt 18v 2.0 AH li-on battery now I am charging this battery with 21v 2A dc power supply now I need two indicators one for battery charging and other one for when battery full charged led need to glow and also need cut off circuit after full charge circuit need turn off automatically using Tl431

I want to learn about "refraction". Create a clear hierarchical mind map for learning this concept. Put "refraction" at the center, then use 5 to 7 meaningful main branches with 2 to 4 concise subtopics each. Label causal, sequential, or contrasting relationships where that adds meaning. Include one branch for examples and one for common misconceptions. Use short node labels rather than paragraphs. If a visual map cannot be generated directly, return the same structure as an editable indented outline.

Créer un schéma technique horizontal pour un tutoriel domotique intitulé « ESP8266 ↔ Raspberry Pi avec MQTT ». À gauche, représenter un module ESP8266. L'ESP8266 se connecte en Wi-Fi au réseau local. Au centre, représenter le réseau local Wi-Fi. À droite, représenter un Raspberry Pi. Dans le Raspberry Pi, montrer « Broker MQTT / Mosquitto ». Le Raspberry Pi est également relié à « RaspiDomo », l'application domotique. Montrer les communications avec des flèches clairement identifiées : ESP8266 → Wi-Fi → Réseau local → Raspberry Pi. Montrer MQTT entre l'ESP8266 et le broker MQTT. Montrer également le retour des commandes du Raspberry Pi vers l'ESP8266. Style : schéma informatique/domotique professionnel, fond clair, couleurs sobres, icônes ESP8266 et Raspberry Pi si disponibles, texte en français, très lisible, format horizontal, adapté à une documentation de tutoriel.

India Bangladesh relation

Power of president

A timing diagram for an I2C read transaction: SCL clock, SDA with START condition, 7-bit address byte, ACK bit, data byte, and STOP condition

NAND-only implementation of OR gate